Product Introduction

　　The WT5000 has unparalleled precision and modular architecture, allowing engineers to innovate while balancing precision and flexibility, and confidently quickly transform concepts into products and enter the market.

　　Reliability - The WT5000 can guarantee * degrees within ± 0.03%, up to 500 harmonic comparisons, user-defined calculations, and reliable multi-channel measurements.

　　Universality - The WT5000 has 7 slots and allows users to replace power units. It also offers diverse options for users to expand and change configurations based on application and demand changes. In addition, the speed and torque of four motors can also be measured simultaneously.

　　Simplicity - A full touch screen experience, complemented by hardware buttons and powerful remote measurement software, makes connecting, configuring, and measuring power unprecedentedly simple.

　　Features

　　1. Multi-channel measurement

　　Measurement supports up to 7 different power phases, with a sampling rate of 10MS/s (18bit). The 10.1-inch WXGA display has high resolution, allowing up to 7 sets of split screen waveform displays, and can display up to 12 pages of measurement parameters. It is an ideal choice for efficiency testing, suitable for inverter driven motors, renewable energy technologies, and traction measurements such as pumps, fans, and electric vehicles. The measured data will also be displayed in vector format or Run chart in real time.

　　2. Unmatched degree

　　As the world's highest precision power analyzer, the WT5000 ensures a basic accuracy of ± 0.03% and can achieve precision within the range of 1% to 130% of the selected voltage and current ranges. The WT5000 minimizes the impact of low power factor (0.02% of apparent power) and can also measure large phase shifts and frequencies.

　　AC power accuracy: 0.01% of reading+0.02% of range

　　DC power accuracy: 0.02% of reading+0.05% of range

　　• 10MS/s 18 bit ADC

　　3. Intuitive operation

　　The WT5000 supports independent touch screen and hardware button operation, making connection, configuration, and measurement easier than ever with a smooth and intuitive experience. The 10.1-inch WXGA touch screen maintains anti-interference ability even in high noise environments such as motors and frequency converters.

　　4. User defined triggers and operations

　　Define and use event triggering and custom operations based on application requirements. The event triggering function allows users to set limits and capture readings within or outside specific power, current, or other parameter limits. Users can also define and use up to 20 different expressions for custom operations. The data that meets the triggering conditions can be stored, printed, or saved to a USB storage device.

　　5. Advanced filtering

　　In addition to low-pass frequency filters and line filters, the WT5000 also has advanced filtering capabilities, providing unprecedented control to analyze extremely complex waveforms.

　　Synchronous source filter: Unlike the zero crossing synchronization method, users can choose any point of the synchronous source signal.

　　Enhanced frequency filter: allows users to simultaneously measure fundamental and switching frequencies without affecting other parameters.

　　• Digital parallel path filter: a high-frequency Anti-aliasing filter and two independent line filters work together to * measure the * degree of normal and harmonic measurement, and will not cause broadband and harmonic measurement aliasing. Users can limit the number of harmonics and eliminate attenuation in low bandwidth measurements.

　　6. Harmonic analysis of

　　Evaluate and compare input and output harmonics of frequency converters, motors, or power regulators up to 500 times. The WT5000 allows users to not only measure harmonics and power simultaneously, but also compare harmonics from two different input sources. Due to the use of anti aliasing function with digital parallel path technology and line filters, power analysis can be performed on both broadband and narrowband components simultaneously, thus minimizing the impact of noise and aliasing.

　　7. More accurate data

　　Through collaboration with engineers in the fields of research and development, production, quality assurance, and on-site testing, we realize the importance of reliable and accurate measurement, which can play a crucial decision-making role in product development and inspection.

　　The WT5000 integrates excellent insulation, anti-interference, current sensing, and filtering performance into a modular architecture, forming a scalable measurement platform that provides power analysis for electromechanical systems used in electric vehicles, renewable energy, household/office appliances, and industrial equipment.

　　1. High precision current sensing - The shunt in the modular 30A input unit adopts a coaxial structure, ensuring low resistance, low inductance, low phase shift influence, and minimizing heat dissipation. The heat flow path inside the splitter and between the instrument has been optimized to ensure an even distribution of heat flow and minimal impact on resistance.

　　2. Advanced filtering - Whether it's custom synchronous measurement, signal fluctuation smoothing, or simultaneous broadband and harmonic power analysis, the filtering ability of the WT5000 allows users to control the measurement without reducing accuracy.

　　3. Immunity and insulation - special shielding materials and light transmission prevent noise and crosstalk. IsoPRO TM technology ensures fast data transmission (up to 10MS/s) and insulation of input units, designed specifically for energy-saving applications under high voltage, high current, and high frequency. Optimize the noise flow path to minimize the impact on the measurement circuit.